Adi Sai Tejaswini Bheemavarapu

• Ensured seamless integration of Java-based applications with databases, APIs, and other systems.
• Reduced software bugs by conducting thorough unit testing and collaborating with QA teams.
• Reviewed code and debugged errors to improve performance.
• Enhanced application performance by optimizing Java code and implementing efficient algorithms.
• Troubleshot complex issues within existing software applications, identifying root causes and implementing effective solutions.
• Reduced errors and deployment times with automated build processes.
• Played key role in successful launch of multiple high-profile projects, meeting all deadlines and exceeding quality expectations.
• Ensured high-quality releases through rigorous testing and quality assurance practices, minimizing post-launch issues.
• Developed and implemented robust security protocols, safeguarding against potential threats and vulnerabilities.
• Contributed to team knowledge by leading Java coding workshops, fostering culture of continuous learning.
• Enhanced user experience with development of intuitive interfaces and navigation elements.
• Reduced server response times, optimizing backend Java code for faster data processing.
• Designed and developed forward-thinking systems that meet user needs and improve productivity.
• Translated technical concepts and information into terms parties could easily comprehend.
• Corrected, modified and upgraded software to improve performance.
• Tested functional compliance of company products.
• Created proofs of concept for innovative new solutions.
• Supervised work of programmers, designers and technicians, assigned tasks and monitored performance against targets.
• Designed and implemented scalable applications for data extraction and analysis.
• Proved successful working within tight deadlines and a fast-paced environment.

Clients: SocGen Japan, Sumitomo Mitsui Trust Bank (SMTB), Mizuho Securities,
JPMorgan, Barclays

• Gained foundational experience as a software engineer in financial services,
  participating in the development of key application features using Java and
  collaborating with senior team members on complex projects.
• Played an active role in testing, debugging, and code reviews, which helped
  reinforce best practices and coding standards across projects.
• Developed, enhanced, and maintained complex applications supporting key
  financial operations for high-profile clients, specializing in Java, Spring, and
  Hibernate frameworks.
• Collaborated cross-functionally to analyze client requirements, propose technical
  solutions, and implement features with high accuracy and efficiency, consistently
  meeting or exceeding client expectations.
• Provided hands-on support and troubleshooting for critical applications,
  improving system reliability and reducing resolution times for production issues.
• Led efforts to optimize application performance by fine-tuning SQL queries,
  implementing caching, and refactoring legacy code, which improved application
  response times and reduced server load.
• Supported various modules, including RTMM, JASDEC Adapter, BOJPS
  Adapter, and iMMX, by implementing new features and upgrades and ensuring
  adherence to security and compliance standards.
• Optimized database structures to improve data retrieval times and overall system efficiency.
• Designed intuitive user interfaces for web-based applications, promoting ease of use and positive user engagement.

Project Experience
BOJ Processing Solution

Technologies: C, Java, Spring, HornetQ, Hibernate, Jasper Reporting, Sybase

• Developed the BOJ Processing Solution (BOJPS), a critical system enabling cash
  settlements with the Bank of Japan for several investment banks.
• The system facilitates cash position tracking, prioritization of instructions, and message processing between the bank and external systems.
• Enhanced the solution by implementing real-time data tracking, automated message generation, and integration of custom reporting using Jasper Reporting.
• This web-based interface provides users with seamless experience for tracking and managing cash settlements, contributing to increased processing efficiency and accuracy.

Real-Time Matching Module (RTMM)

Technologies: Java, Spring Framework, IBM MQ, Hibernate, Apache Camel,
JPA, MS SQL

• Designed and implemented features for the Real-Time Matching Module, an innovative system that performs high-frequency matching and reconciliation for foreign currency transactions and trust FX reconciliation.
• The module includes exception monitoring, escalation, and automated reporting capabilities that support effective decision-making.
• Enhanced manual and automated matching
  functions, providing users with an intuitive interface for single-match and unmatched capabilities, and developed reports summarizing real-time matching
  activities to assist in compliance and audit processes.

JASDEC Adapter Processing Solution (JASDECPS)

Technologies: C, Java, Spring, Hibernate, Sybase

• Contributed to the JASDEC Adapter Processing Solution, which integrates with the GLOSS system to manage domestic Japanese equity trades for diverse client types.
• This system enables straight-through processing by facilitating real-time messaging with JASDEC’s PSMS and BETS services, allowing for seamless end- to-end trade and settlement tracking.
• The JASDECPS interface supports prioritization of settlements, status monitoring, and detailed reporting on transaction statuses, which streamlines Japan market trading operations for clients.

iMMX

Technologies: Java, Spring Framework, HornetQ, Apache POI, Apache Camel, FreeMarker Template Language (FTL)

• Engineered and implemented iMMX, a system for message processing and transformation. iMMX receives transaction and price messages in client-specific formats from upstream systems, converts them to standardized Gloss XML format, and facilitates downstream processing.
• This solution improves data accuracy and integration consistency, reducing manual intervention and error in data formatting, enhancing the overall efficiency of data handling within the system.